而对于AD的早期诊断，则有望通过对内嗅区的新陈代谢和嗅觉变化的研究得以实现。
The research of metabolism of ER and olfaction changes can contribute to the early diagnosis of AD.
这主要是由于鼻腔的复杂结构及嗅区的特殊生理位置，为直接的嗅觉实验研究带来了不少困难。
The main reason is the complicated anatomic structure of the nasal cavity and the special physiological location of the olfactory region, which has caused much trouble in direct experiment studies.
多尔曼指出，例如大鼠鼻腔有一半的面积附有嗅细胞，而对于人类来说，这种嗅觉接收区就小得多，他说——“也就鼻腔的3% - 5%吧。”
For instance, Dorman notes that half of the nasal cavity of a rat is lined with olfactory-system cells. In humans, this receptive area is much smaller, he says - "only about 3 to 5 percent."
相反的，其他区域如海马区和与嗅觉相关的嗅球区，他们的基因表达也互相包含。
Conversely, in other regions such as the hippocampus and olfactory bulb, which is associated with smell, gene expression was more contained.
本文从嗅觉感受器、嗅球、嗅球以上脑区三个水平综述了这两种嗅觉系统对化学信息识别的编码模式。
In this review, we unraveled coding patterns of two olfactory systems for information recognition at three levels: olfactory receptor, olfactory bulb and higher brain region beyond the olfactory bulb.
应用HRP逆轴突传递法观察了20只大鼠腹侧被盖区向嗅结切的投射。
The projection of the ventral tegmental area (VTA) to the olfactory tubercle(OT) was studied with in 20 rats with retrograde axonal transport of hoseradish peroxidase(HRP).
腹侧被盖区是嗅球传入纤维的另一来源。
The ventral tegmental area is another source of centrifugal fibers to the olfactory bulb.
目的：探讨嗅裂区鼻出血的临床特征及治疗方法。
Objective: to investigate the clinical features and management for olfactory cleft bleeding.
腹侧被盖区是嗅球传入纤维的另一来源。
The ventral tegmental area is another source of centrifugal fibers to the olfacto…
腹侧被盖区是嗅球传入纤维的另一来源。
The ventral tegmental area is another source of centrifugal fibers to the olfacto…
应用推荐